Healthcare organizations require identity-enabled access controls on the basis of user work profiles to ensure higher levels of data security while still maintaining business flexibility. Cyberoam UTM+ security solutions allow enterprises to create identity-enabled policy rules that grant network access to a user based on his or her work profile.

Cyberoam, the Integrated Security Appliance, assists CIPA compliance for schools and libraries, allowing them to enforce an Internet safety policy that blocks and filters Internet access in accordance with CIPA requirements. Thus, it helps protect students while ensuring that educational institutions qualify for federal E-Rate funding.

Flash drives simplify the process of carrying data from the endpoints. However, they also bring a serious downside - exposing data on endpoints to risk of leakage and theft. Small size, easy affordability and play-and-play use make it difficult for organizations to know who is taking their data, when and where. By enforcing USB usage policies on end users, encrypting data in flash drives, creating shadow copies and using only whitelisted flash drives, organizations can securely use flash drives.

Instant messaging today has evolved into a valuable communications tool for millions of business users. Besides the benefits, they also encounter IM risks pertaining to malware propagation and data leakage. Identity-based Instant Messaging controls that can scan for malware and log and control access, conversation, file transfer and voice/webcam between users in the network can ensure security of private IMs over Public IMs.

Network security devices that select security and sacrifice connectivity and productivity in the process, disturb the Security-Connectivity-Productivity balance and put organizations behind in the race for business growth. A state of equilibrium among each of the S-C-P elements can bring process optimization and greater efficiencies to a business.

Cyberoam's Extensible Security Architecture (ESA) allows organizations to get maximum value out of their money on the purchase of a UTM appliance. The architecture was designed in response to the fact that most enterprise networks do not have one-size fits all environments, thus, any security appliance must organically grow to accommodate different threat scenarios in the future. With Cyberoam's extensible security, organizations stand protected against unknown, future attacks. As their business grows, so will their extensible security platform.

What if your VPN is securing a malware? Is the VPN used to deliver malware securely? Attackers are leveraging insecure VPN connections to access critical data inside the enterprise. The attacks on TJX, Heartland Payment Systemsand even the attacks on Google, Adobe andmore than 30 other large technology companies, defense contractors and big companies, were carried out remotely with legitimate access over VPN connections. Cyberoam UTM's Threat Free Tunnelling (TFT) security is driven by the premise that the perimeter / endpoint of any functionally accessible network, is inherently insecure.

This whitepaper introduces you to Cyberoam UTM's patent-pending Layer 8 technology. It treats user identity as the 8th Layer or the human layer in the network protocol stack, enabling organizations to overcome the limitations of conventional UTMs/firewalls which bind security to IP addresses alone. By implementing Layer 8 security in their networks, administrators can gain real-time visibility into the online activity of users while creating security policies based on their usernames.

IPv6 - short for Internet Protocol Version 6 - is the next-generation protocol that will replace the current version Internet Protocol, IP Version 4 (IPv4). The global internet routing based on 32-bit addresses of IPv4 is becoming increasingly strained and the Internet will eventually run out of network numbers.

In the security industry, a good UI design can make a product easy to use and configure, which results in greater user acceptance and security. Using the principles of usability and Web 2.0 technology, a security software GUI can reduce the frequency and severity of errors and enable administrators to recover from errors easily and quickly, giving them full control of the security solution.